CN217138614U - Pressurization recovery system - Google Patents

Abstract

The present application relates to a pressurized recovery system comprising: an air pump; the pressurizing component is internally densely provided with a plurality of mutually isolated air bags, and at least part of the pressurizing component can be encircled to form a ring shape and is used for wrapping the limb; the air guide pipe group comprises a plurality of air guide pipes, one ends of the air guide pipes are detachably connected to the air pump, and the other ends of the air guide pipes are detachably connected to the air bags of the pressurizing part respectively. The application has the effects of simple operation and convenient use.

Description

Pressurization recovery system

Technical Field

The present application relates to the field of medical equipment, and more particularly, to a pressurization recovery system.

Background

Venous thrombosis (DVI) is a serious and potentially life-threatening disease. The pathogenic factor is due to the non-circulation of blood in the limbs. Blood clots may form due to insufficient venous blood flow, resulting in local vascular blockage; in severe cases life-threatening blood clots may form in the lungs or heart, and numerous medical studies have shown that increasing or accelerating limb deep vein reflux can prevent deep vein thrombosis. One commonly accepted precaution is to place pressure on the limb at the corresponding location. This treatment is commonly referred to as "compression therapy".

At present, a pressurizing bandage is generally matched with a massaging mode to achieve the effect of pressurizing therapy, but the problems of skill requirements on operators, uneven force application and high labor intensity exist when a manual method is adopted for massaging, and the existing massager with the healthcare function in the market cannot be directly matched with the pressurizing bandage, so that the limitation on users is large, and the operation is inconvenient.

SUMMERY OF THE UTILITY MODEL

In order to achieve the effects of simple operation and convenient use, the application provides a pressurization recovery system.

The application provides a pressurization recovery system. The following technical scheme is adopted:

a pressurized recovery system comprising:

an air pump;

the pressurizing component is internally densely provided with a plurality of mutually isolated air bags, and at least part of the pressurizing component can be encircled to form a ring shape and is used for wrapping the limb;

and the air guide pipe group comprises a plurality of air guide pipes, one ends of the plurality of air guide pipes are connected to the air pump, and the other ends of the plurality of air guide pipes are respectively connected to the air bags of the pressurizing part.

Through adopting above-mentioned technical scheme, during the use, be connected air pump and each gasbag of compression parts through many air ducts, then locate the limbs with the compression parts cover, realize the parcel of compression parts to the limbs, finally, adopt the air pump to inflate each gasbag of compression parts through the air duct, make compression parts's gasbag inflation, can pressurize the limbs of compression parts parcel, when the end uses, to the gasbag gassing of compression parts, deposit air pump, air duct and compression parts, treat the downside use can, convenient to use, easy operation.

Optionally, an air nozzle capable of being connected with the air duct is fixed at each air bag position of the pressurizing part;

the outer side of the pressurizing part corresponding to the air tap is provided with a pressing sheet, one side of the pressing sheet is fixed on the pressurizing part, and the other side of the pressing sheet is detachably connected to the pressurizing part.

Through adopting above-mentioned technical scheme, during the use, open the expansion end that compresses tightly the piece, after being connected the one end of each air duct with pressure parts's air cock, compress tightly the piece in air duct and air cock again, and connect the activity side that compresses tightly the piece in pressure parts, can realize the further fixed of air cock and air duct, avoid the separation of air duct and air cock, and easy operation, and guarantee the security of using on the one hand, on the other hand has avoided the user activity to lead to breaking away from of air cock and air duct, convenient to use person's use.

Optionally, the pressurized recovery system further comprises a tapping pipe set;

one end of the tapping pipe group is provided with a plug connector for connecting with a connecting air pump;

and the other end of the tapping pipe group is provided with a tapping point which is used for being connected with at least two groups of air guide pipe groups.

Through adopting above-mentioned technical scheme, when needs use a plurality of pressurization parts simultaneously, can extract air pipe group from the air pump to be connected the bayonet joint one end of branch nest of tubes with the air pump, then be connected a plurality of air pipe groups with the tap respectively, thereby realize that an air pump pressurizes to the inflation of a plurality of pressurization parts, easy operation, convenient to use.

Optionally, the compression component comprises an upper limb compression component and/or a lower limb compression component and/or a local compression component.

Through adopting above-mentioned technical scheme, the user can dress upper limbs pressurization parts and pressurize its upper part of the body, also can dress lower limbs pressurization parts and pressurize its lower part of the body, and in addition, the user also can adopt local pressurization parts to wrap up in different positions of user, pressurizes user's part, satisfies different demands.

Optionally, the compression component comprises a compression garment;

the compression clothes comprise two half-clothes which are symmetrically arranged along the connecting line of the front middle part and the rear middle part of the compression clothes;

first connecting structures are arranged between the front pieces of the two half clothes and in front of the rear pieces of the two half clothes and are used for connecting the two half clothes to form the compression clothes.

Through adopting above-mentioned technical scheme, the pressurization clothing that the concatenation of two halves clothings formed of setting, user's wearing can be convenient for.

Optionally, the compression garment further comprises:

the width increasing belt can be filled between the front pieces or the rear pieces of the two half clothes, and two sides of the width increasing belt can be spliced with the first connecting structure.

By adopting the technical scheme, when the size of the compression garment is required to be adjusted to meet the requirements of different users, the widening band can be filled between the front piece and/or the rear piece of the two compression garments after the compression garment is disassembled into the two half garments, so that the size of the compression garment is adapted to different users.

Optionally, the compression garment further comprises:

and two ends of the shoulder straps can be connected with the front piece and the rear piece of any half-garment.

Through adopting above-mentioned technical scheme, when only needing to use half clothing, can get the baldric to connect the both ends of baldric respectively in the anter and half of half clothing, then, dress half clothing to user's upper part of the body, and hang in user's shoulder to one side through the baldric, can realize the wearing of half clothing, satisfy practical demand.

Optionally, the pressing member includes:

the trousers comprise two separated trouser legs, wherein one side of each separated trouser leg is provided with a second connecting structure along the length direction of the trouser leg, and the second connecting structure can unfold the separated trouser legs.

Through adopting above-mentioned technical scheme, when using, can select two or single components of a whole that can function independently trouser legs to dress according to the demand, when dressing, at first directly expand the components of a whole that can function independently trouser legs to the plane through second connection structure, then wrap up the components of a whole that can function independently trouser legs in wearer's shank, rethread second connection structure connects the separation side of components of a whole that can function independently trouser legs, can accomplish the wearing of components of a whole that can function independently trouser legs, has reduced wearer's the wearing degree of difficulty, easy operation, convenient to use.

Optionally, the compression component comprises a compression pant;

and third connecting structures are arranged on one sides of the trouser legs of the compression trousers along the length direction of the trouser legs, and the trouser legs of the compression trousers can be unfolded through the third connecting structures.

Through adopting above-mentioned technical scheme, when wearing, directly expand the two trouser legs of pressurization trousers through third connection structure, then wrap up the two trouser legs of pressurization trousers in the shank of wearer, rethread third connection structure connects the separation side of pressurization trousers, can accomplish the wearing of pressurization trousers, has reduced wearer's the degree of difficulty of dressing, easy operation, convenient to use.

The pressing member further includes a pressing belt;

and a fourth connecting structure is arranged between the two ends of the pressurizing belt, and the fourth connecting structure can change the annular size surrounded by the pressurizing belt.

Through adopting above-mentioned technical scheme, adopt connection structure four to adjust the annular size that the pressurization area surrounds, can make the pressurization area adapt to different positions of different users to adapt to different user demands.

In summary, the present application includes at least one of the following beneficial technical effects:

when the limb compression device is used, the air pump is connected with each air bag of the compression part through the air guide pipes, then the compression part is sleeved on the limb, the compression part wraps the limb, finally, the air pump is used for inflating each air bag of the compression part through the air guide pipes, so that the air bags of the compression part are expanded, the limb wrapped by the compression part can be compressed, when the use is finished, the air bags of the compression part are deflated, the air pump, the air guide pipes and the compression part are stored, the limb compression device can be used when the lower side is used, the use is convenient, and the operation is simple;

during the use, open the expansion end that compresses tightly the piece, after being connected the one end of each air duct and pressure parts's air cock, compress tightly the piece in air duct and air cock again to the activity side that will compress tightly the piece is connected in pressure parts, can realize the further fixed of air cock and air duct, avoids the separation of air duct and air cock, easy operation, and the security of guaranteeing to use on the one hand, on the other hand has avoided the user activity to lead to breaking away from of air cock and air duct, convenient to use person's use.

Drawings

FIG. 1 is a schematic view of a pressurized recovery system according to an embodiment of the present application;

FIG. 2 is a schematic structural diagram of a tap group according to an embodiment of the present application;

FIG. 3 is a schematic view of a compression garment according to an embodiment of the present application;

FIG. 4 is a schematic view of a shoulder strap according to an embodiment of the present application;

FIG. 5 is a schematic view of the structure of the individual leg of the present application;

fig. 6 is a schematic structural view of a pressing belt in an embodiment of the present application.

Description of reference numerals: 1. an air pump; 2. an air duct group; 21. an air duct; 3. a pressing member; 31. an air tap; 32. a compression sheet; 4. a tapping pipe group; 41. a connection pipe is connected; 42. a plug-in connector; 43. a tap; 5. pressing the clothes; 51. half-clothes; 52. increasing the bandwidth; 53. shoulder straps; 6. split trouser legs; 61. a compression pant; 7. a pressing belt.

Detailed Description

The present application is described in further detail below with reference to figures 1-6.

The embodiment of the application discloses a pressurization recovery system. The compression therapy device is mainly used for compression therapy of limbs of a user, and has the effects of simplifying operation and improving use convenience.

Referring to fig. 1, a pressure recovery system includes an air pump 1, an air duct group 2, and a pressure member 3.

The air pump 1 is used as an air source power output end and used for delivering air into the pressurizing part 3 so as to change the shape of the pressurizing part 3.

The pressurizing component 3 is used for wrapping the limbs of a user and is used as a main unit for realizing pressurizing treatment, the pressurizing component 3 mainly comprises a plurality of mutually isolated air bags, and the pressurizing component 3 can be in an annular shape, so that the pressurizing component 3 can be wound on the corresponding limb part for use according to the requirement, then the pressurized gas is input into each air bag of the pressurizing component 3 through the air pump 1, and the effect of pressurizing the limbs of the surrounding parts of the pressurizing component 3 is realized.

The air duct group 2 serves as a main connection unit for connecting the air pump 1 and each airbag of the pressurizing member 3. The air duct group 2 comprises a plurality of air ducts 21, one ends of the air ducts 21 are connected to the air pump 1, and the other ends of the air ducts 21 are connected to the air bags of the pressurizing part 3, so that the air source output by the air pump 1 can be delivered to the air bags of the pressurizing part 3 through the air ducts 21. And in order to improve the portability of the whole device in storage, the two ends of the air guide pipe group 2 can be connected to the air pump 1 and the pressurizing part 3 in a detachable connection mode, and if the detachable connection mode is adopted, the detachable connection mode can be realized through clamping fit, bolt fit and the like.

The scheme provided by the embodiment achieves the following steps: the air pump 1 is connected with each air bag of the pressurizing part 3 through the air guide pipes 21, then the pressurizing part 3 is sleeved on the limb, the pressurizing part 3 wraps the limb, finally, the air pump 1 is adopted to inflate each air bag of the pressurizing part 3 through the air guide pipes 21, so that the air bags of the pressurizing part 3 are expanded, the limb wrapped by the pressurizing part 3 can be pressurized, when the use is finished, the air bags of the pressurizing part 3 are deflated, and the air pump 1, the air guide pipes 21 and the pressurizing part 3 are respectively detached to be stored to be used at the lower side.

Referring to fig. 2, in another embodiment of the present application, in order to realize that one air pump 1 can be connected to a plurality of pressure members 3 at the same time, a tapping pipe set 4 can be added for connecting the air pump 1 and a plurality of air guide pipe sets 2, so as to realize the inflation use of a plurality of pressure members 3.

The tapping pipe group 4 specifically comprises a plurality of tapping pipes 41, one ends of the tapping pipes 41 are jointly and fixedly connected with a plug 42 for being plugged with the air pump 1, the other ends of the tapping pipes 41 are jointly and fixedly provided with taps 43, the taps 43 can be provided with two connecting parts for being respectively connected with the two groups of air guide pipe groups 2, the connecting mode of the taps 43 with the air guide pipe groups 2 can also be realized by adopting connecting modes such as plugging and clamping bolt connection, and when the air pump 1 needs to be adopted for simultaneous alignment; when two or more groups of the air guide tube groups 2 are connected, the tap 43 may be provided with two or more connecting portions capable of connecting with the air guide tube groups 2. To meet different requirements.

In summary, when a plurality of pressure components 3 need to be used at the same time, the air duct group 2 can be pulled out from the air pump 1, one end of the plug 42 of the tap group 4 is connected to the air pump 1, and then the plurality of air duct groups 2 are connected to the taps 43 respectively, so that the operation of inflating and pressurizing the plurality of pressure components 3 by one air pump 1 is realized.

In another embodiment of the present application, the compression member 3 may include an upper limb compression member, a lower limb compression member, and a partial compression member, which will be described in further detail below.

Referring to fig. 3, the upper limb pressing means mainly includes a compression garment 5. The compression garment 5 includes two garment halves 51, and the garment halves 51 are symmetrically arranged along a line connecting the front center and the rear center of the compression garment 5, thereby achieving the division of the compression into two symmetrical parts. The air cells in the half-garment 51 may be arranged in the longitudinal direction of the sleeves toward the front-middle and rear-middle directions of the half-garment 51. First connecting structures are arranged between the front pieces of the two halves of the garment 51 and in front of the rear pieces of the two halves of the garment 51, wherein the first connecting structures are mainly used for splicing the two halves of the garment 51 into the compression garment 5 or decomposing the compression garment 5 into the two halves of the garment 51 so as to be conveniently worn by a user, and therefore, the first connecting structures can adopt detachable connecting modes such as zippers, nylon buckles, snap buttons, rope buckles and the like.

Referring to fig. 3, to increase the range of wearing the compression garment 5 to accommodate a larger size of person, the compression garment 5 may further include a width increasing band 52. The bandwidth increasing bands 52 may be provided one or two. The width-increasing belt 52 is filled between the front and rear pieces of the two half-garments 51 and is matched with the two half-garments 51, so as to increase the adaptable range of the press garment 5, and the width-increasing belt can be made of elastic materials for further increasing the adaptable range of the press garment 5.

Since the widening belt 52 is used to be filled between the two half-garments 51, both sides of the widening belt 52 are provided with first fitting connection structures that are fitted with the first connection structures of the two half-garments 51, and the first fitting connection structures are selected according to the selection of the first connection structures to ensure the connection of the two half-garments 51 and the widening belt 52.

Thus, the arrangement of the widening strips 52 achieves that when the size of the compression garment 5 needs to be adjusted to meet different user requirements, the widening strips 52 can be filled between the front and/or rear panels of the compression garments 5 after the compression garment 5 is split into the garment halves 51, so as to meet different user body types.

Referring to fig. 4, the compression garment 5 further includes shoulder straps 53 for facilitating the separate use of the half-garment 51. The shoulder straps 53 are used to be connected to either half-garment 51 so that, when the user only needs to wear the half-garment 51, the half-garment 51 to which the shoulder straps 53 are connected can be worn while the shoulder straps 53 are hung obliquely at the shoulder positions on the body side where the half-garment 51 is not worn, thereby enabling the half-garment 51 to be worn.

In order to facilitate the connection of the shoulder straps 53 to either of the half clothes 51, the shoulder straps 53 are provided at both ends thereof with connection members, and the connection of the connection members may be the same as that of the first connection structure.

In addition, in order to adapt to different body types of wearers, the connecting part between the shoulder strap 53 and any half-garment 51 can adopt an adjustable connecting mode, for example, one side of the shoulder strap 53 is arranged on a velvet belt or a hook belt of a nylon fastener along the length of the shoulder strap 53, and the connecting part of the half-garment 51 corresponding to the shoulder strap 53 is arranged in a form capable of being matched with the velvet belt or the hook belt of the shoulder strap 53 to form the nylon fastener, so that the connecting length of the shoulder strap 53 and the half-garment 51 can be adjusted.

In this way, the shoulder straps 53 are arranged so that when only the half-garment 51 is needed, the shoulder straps 53 can be taken out, the two ends of the shoulder straps 53 are respectively connected with the front piece and the half-piece of the half-garment 51, then the half-garment 51 is worn on one side of the upper body of the user, and the shoulder straps 53 are obliquely hung on the other side of the upper body of the user, so that the wearing of any half-garment 51 is realized.

Referring to fig. 1 and 5, the lower limb pressurizing member is divided into two forms, one is in the form of split legs 6, and the other is in the form of pressurizing trousers 61, which are mainly different in that the split legs are independently provided and can wrap only one leg of the user, and the pressurizing trousers 61 can wrap both legs of the user to the waist. The air bags in the split trouser legs 6 and the compression trousers 61 can be arranged in sequence along the length direction of the trouser legs. In order to increase the pressurizing effect of the pressurizing trousers 61 and the split trouser legs 6, the lower sides of the leg parts of the split trouser legs 6 and the pressurizing trousers 61 can extend to the foot parts of the wrapping parts, namely, only the front toes or the front toes and the front sole parts of the user are exposed, so that the feet of the user are prevented from being squeezed and injured in the pressurizing process.

Wherein, in order to guarantee the comfortable of dress, components of a whole that can function independently trouser legs 6 includes two, is used for wearing respectively in user's preceding leg and back leg. And for the wearing of components of a whole that can function independently trouser legs 6, one side of components of a whole that can function independently trouser legs 6 all is provided with along its length direction and can expandes the second connection structure that reaches with components of a whole that can function independently trouser legs 6, and the form of adoption of second connection structure can be the same with the form of adoption of first connection structure, can realize expandeing components of a whole that can function independently trouser legs 6 and wrap up in user's shank, then with components of a whole that can function independently trouser legs 6 connect can.

The setting of components of a whole that can function independently trouser legs 6 for the user can select two or single components of a whole that can function independently trouser legs 6 to dress according to the demand, when dressing, at first directly expand components of a whole that can function independently trouser legs 6 to the plane through second connection structure, then wrap up components of a whole that can function independently trouser legs 6 in wearer's shank, rethread second connection structure connects components of a whole that can function independently trouser legs 6's separation side, can accomplish the wearing of components of a whole that can function independently trouser legs 6, has reduced wearer's the degree of difficulty of dressing.

For the wearing of the compression trousers 61, the compression trousers 61 adopt the same wearing mode as the split trousers, namely, one side of the two trousers legs of the compression trousers 61 is provided with a third connecting structure along the length direction, and the third connecting structure is used for unfolding the two trousers legs of the compression trousers 61, thereby facilitating the quick wearing of the two trousers legs and wrapping the legs of the user. Similarly, the third connection structure may be in the same connection manner as the first connection structure, and is not described herein again.

When the compression pants 61 are worn, the third connecting structure is used for unfolding the two legs of the compression pants 61, the two legs of the compression pants 61 are wrapped on the legs of the wearer, and the separated sides of the compression pants 61 are connected through the third connecting structure, so that the compression pants 61 can be worn.

Referring to fig. 6, the application range of the local compression member is wider than the ranges of the upper limb compression member and the lower limb compression member, and the local compression member can be used for compression treatment of any local position of the limb. The partial pressurization member includes a pressurization belt 7, and the air bags in the pressurization belt 7 are sequentially arranged along the length direction of the pressurization belt 7, or may be arranged along one side of the width direction of the pressurization belt 7. The two ends of the pressurizing belt 7 can be connected with each other and can be surrounded by a belt body structure in an annular shape, and in order to realize that the pressurizing belt 7 can be surrounded by rings with different sizes, the two ends of the pressurizing belt 7 are provided with fourth connecting structures.

The fourth connection structure adopts an adjustable connection mode, for example, a nylon fastener connection mode is adopted, namely, two ends of the pressurizing belt 7 are respectively provided with a velvet belt and a hook belt, and the velvet belt or the hook belt is extended along the length of the pressurizing belt 7 so as to achieve the purpose that the pressurizing belt 7 is encircled into rings with different sizes through the matching of the nylon fastener; if the form of the connection of the snap fasteners is adopted, that is, the snap fasteners are respectively fixed at two ends of the pressing belt 7, a plurality of snap fasteners or female fasteners are arranged at any end of the pressing belt 7 and are arranged along the length direction of the pressing belt 7, so that the pressing belt 7 is surrounded in a ring shape with different sizes by matching different snap fasteners, the two forms of the fourth connection structures are only used as an example, and do not represent that the fourth connection structure can only adopt the above form, that is, the connection mode that the positions of two ends of the pressing belt 7 can be adjusted can be realized.

The manner of attaching the airway tube set 2 to the balloon of the pressurizing means 3 is further described in detail in another embodiment of the present application:

referring to fig. 4, each air bag position of the pressurizing part 3 is fixed with an air nozzle 31, and each air duct 21 of the air duct group 2 can be inserted into the air nozzle 31 of each air bag, so that each air bag is connected with one end of each air duct 21 of the air duct group 2. In order to ensure the connection between the air nozzle 31 and the air duct 21 and avoid the separation of the air duct 21 from the air nozzle 31 when the air bag moves, a pressing piece 32 is arranged on the outer side of the pressurizing part 3 corresponding to the air nozzle 31, one side of the pressing piece 32 is fixed on the pressurizing part 3, and the other side of the pressing piece 32 is detachably connected, such as a nylon fastener tape, a snap fastener or a zipper.

So, when the gasbag of air duct 21 and pressure parts 3 is connected in needs, open the expansion end of compressing tightly piece 32, after being connected the one end of each air duct 21 with pressure parts 3's air cock 31, compress tightly piece 32 in air duct 21 and air cock 31 again, and connect the expansion side of compressing tightly piece 32 in pressure parts 3, can realize air cock 31 and air duct 21's further fixed, avoid the separation of air duct 21 and air cock 31, and easy operation, and the security of using is guaranteed on the one hand, on the other hand has avoided the user's activity to lead to breaking away from of air cock 31 and air duct 21, convenient to use person's use.

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims (10)

1. A pressurized recovery system, comprising:

an air pump (1);

the compression component (3), a plurality of mutually isolated air bags are densely distributed in the compression component (3), and at least part of the compression component (3) can be encircled to form a ring shape and is used for wrapping the limb;

the air guide pipe group (2) comprises a plurality of air guide pipes (21), one ends of the air guide pipes (21) are connected to the air pump (1), and the other ends of the air guide pipes (21) are connected to air bags of the pressurizing part (3) respectively.

2. A pressure recovery system according to claim 1, wherein: air nozzles (31) which can be connected with the air guide pipes (21) are fixed at the positions of the air bags of the pressurizing part (3);

the outer side of the pressurizing part (3) corresponding to the air tap (31) is provided with a pressing sheet (32), one side of the pressing sheet (32) is fixed on the pressurizing part (3), and the other side of the pressing sheet is detachably connected with the pressurizing part (3).

3. A pressure recovery system according to claim 1, wherein: the pressurization and recovery system also comprises a tapping pipe group (4);

one end of the tapping pipe group (4) is provided with a plug connector (42) which is used for being connected with the air pump (1);

the other end of the tapping pipe group (4) is provided with a tapping point (43) which is used for being connected with at least two groups of air guide pipe groups (2).

4. A pressure recovery system according to claim 1, wherein: the pressing member (3) includes an upper limb pressing member (3), a lower limb pressing member (3), or a local pressing member (3).

5. A pressure recovery system according to claim 1, wherein: the compression part (3) comprises a compression garment (5);

the compression garment (5) comprises two half-garments (51), and the two half-garments (51) are symmetrically arranged along the connecting line of the front middle part and the rear middle part of the compression garment (5);

first connecting structures are arranged between the front pieces of the two half-clothes (51) and in front of the back pieces of the two half-clothes (51) and are used for connecting the two half-clothes (51) to form the compression clothes (5).

6. A pressure recovery system according to claim 5, wherein said pressure garment (5) further comprises:

the widening belt (52) can be filled between the front pieces or the rear pieces of the two half clothes (51), and both sides of the widening belt (52) can be spliced with the first connecting structure.

7. A pressure recovery system according to claim 5, wherein said pressure garment (5) further comprises:

and the two ends of the shoulder strap (53) can be connected with the front piece and the rear piece of any half-garment (51).

8. A pressure recovery system according to claim 1, wherein the pressure member (3) comprises:

the trousers comprise two split trouser legs (6), wherein a second connecting structure is arranged on one side of each split trouser leg (6) along the length direction of the split trouser leg, and the second connecting structure can unfold the split trouser legs (6).

9. A pressure recovery system according to claim 1, wherein: the pressing part (3) comprises a pressing trouser (61);

and third connecting structures are arranged on one sides of the trouser legs of the compression trousers (61) along the length direction of the trouser legs, and the third connecting structures can unfold the trouser legs of the compression trousers (61).

10. A pressure recovery system according to claim 1, wherein: the pressing member (3) includes a pressing belt (7);

and a fourth connecting structure is arranged between the two ends of the pressurizing belt (7), and the fourth connecting structure can change the annular size surrounded by the pressurizing belt (7).

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